What is the Golgi complex?

Golgi's complex, or Golgi apparatus, is a cellular structure found in the cells of all animals. The main purpose of the Golgi complex is to wrap molecules such as proteins and fats that are synthesized by endoplasmic reticulum. Proteins and fats passing Golgi are either stored for later use, transported to the cell membrane where they are released outside the cell, or become part of the cell membrane. Flattered membranes, which have about one diameter of the micrometer, sit on each other and are connected. There are five functional areas on the Cisterne magazine that pack or release proteins into other areas of the cell. In order for the Golgi complex to be stored or sent by proteins and fats, smooth endoplasmic reticulum grip of vesicles, which are small bubbles of liquid that are accepted by Golgi. Functional area called

When proteins go through the Golgi complex, enzymes make changes in size and shapeeins in vesicles by adding or removing parts of the protein. These enzymes are able to convert proteins into other molecules that are important for health such as insulin. After the enzymes, it makes changes to some proteins and fats inside the vesicles, a new vesicle called Secrets vesicles is formed and released into the cell. Once the Secret vesicle is released into the cell, newly created molecules such as insulin, they can remain in the vesic until it is needed, or is excreted from the cell and transported to other areas of the body, or become part of the cell membrane.

When molecules, such as hormones, are released from secretory vesicles, molecules are excluded from the cell of the procedure -known as exocytosis. Exocytosis is an active transport process that helps to remove particles from the secretory vesicles that are released outside the cell wall. Some particles that are not released from the cell may become part of the cell membrane. In this case, the particles will be able to help with the functions of the transport orSelf -knowledge of other molecules.